Sold either as part of a conical sampling kit (ABS019C) or individually, it is fixed to a ceiling tile or chill or frozen store ceiling with the nut or washer (supplied) to sample air. The conical shape is specifically designed to avoid ice or condensation from freezing over or covering the sampling hole. The 10mm OD tubing is a push fit to the top of the conical head, linking it to the capillary T piece.
-
Sold either as part of a flush sampling kit (ABS019F) or individually, it is used to fix to a ceiling tile with the nut or washer (supplied) to sample air. the 10mm OD nylon tubing is a push fit to the top of the flush head which links it to the capillary T piece.
-
Sold either as part of the flush sampling kit (ABS019F) or individually, it is used when sampling is required through a ceiling tile. It is the perfect solution when differing hole sizes are required in the same pipe run. The head features a standard 10mm central hole, into which can be inserted a choice of 8 jets with different sizes of sampling hole including: 2.0/2.5/3.0/3.5/4.0/4.5/5.0/5.5/6.0mm The required size jet is simply twisted off the strip and push fit into the head (no cement required)
-
Hardwearing tool for neat cuts in Bisson 25mm pipe, Complete with a V shaped long lasting blade, made from high carbon steel, which reduces tube deformation. Featuring comfportable handle, without a return spring for ease of use.
-
Sold either as part of the flush sampling kit (ABS019F) or individually, it is used when sampling is required through a ceiling tile. It is the perfect solution when differing hole sizes are required in the same pipe run. The head features a standard 10mm central hole, into which can be inserted a choice of 8 jets with different sizes of sampling hole including: 2.0/2.5/3.0/3.5/4.0/4.5/5.0/5.5/6.0mm The required size jet is simply twisted off the strip and push fit into the head (no cement required)
-
Self adhesive label used to indicate the location of the sampling point
-
The 3 way valve is used for shutting off and allowing the flow of air in a piping system. This is mainly used when isolating the system during the blow off process.
-
Fire collars are designed to maintain the integrity and the fire resistance level of a building element where building service penetrations pass through. They stop heat, smoke, fire and gas moving between compartments of a building. In the event of a fire, the plastic pipes will begin to melt. Due to the exposure of heat, the intumescent will expand and with the pressure exerted from the metal shell, the intumescent will seal the hole left behind. This prevents the fire and smoke spreading to the next compartment and reinstates the fire resistance of the wall or floor.
